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Scattering and self-absorption corrections in the measurement of $α$-particle emitters in 2$π$ geometry
Accurate measurements of α-particle emitting sources with 2π detectors require corrections due to scattering and self-absorption of …
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Session 11-Low-Power Processing (Poster)-Enhancing GALS Processor Performance Using Data Classification Based on Data Latency
This paper proposes a new approach for improving the performance of Globally Asynchronous Locally Synchronous (GALS) circuits. This …
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Influence of the geometrical characteristics of an HpGe detector on its efficiency
Computer codes based on Monte Carlo calculations have been extensively developed for the computation of the efficiency in gamma-ray …
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Monte Carlo simulation of the self-absorption corrections for natural samples in gamma-ray spectrometry
Gamma-ray self-attenuation corrections in the energy range 60–2000 keV were evaluated by means of Monte Carlo calculations for …
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Monte Carlo simulation of the self-absorption corrections for natural samples in gamma-ray spectrometry
Gamma-ray self-attenuation corrections in the energy range 60–2000 keV were evaluated by means of Monte Carlo calculations for …
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The effect of energy losses in [alpha]-particle sources on the shape of peaks in spectra obtained with wide-angle geometry
It has been shown that two main effects contribute to the tailing in the shapes of α-peaks measured with silicon detectors: the …
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Computer simulation of backscattered alpha particles
Alpha-particle spectrometry forms an important aspect of radionuclide metrology. Accurate measurements require corrections to be made …
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An approach to customize a diabetes model to a patient
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